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An Analysis of NDN Congestion Control Challenges

机译:NDN拥塞控制挑战分析

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摘要

Named Data Networking (NDN) proposes to change the core of the Internet. Based on mechanisms successfully used in P2P or CDN, it focuses on content and thus the Quality of Experience of users. Such an ambitious plan raises great challenges: caching, multipath, multi-producers, multi-consumers and security. This paper focuses on one of them: the control of congestion. Several studies have proposed congestion control solutions that fall into three kinds: the end-to-end solution, the hop-by-hop type and the hybrid one. However, the community lacks proper evaluations of such specific algorithms. In this work, we have implemented representative solutions on ndnSIM. In a first step, we have tested them on a small scale topology to ease their performance analysis and highlight their strengths and weaknesses. We complete this study with simulations on larger networks in order to confirm our conclusions. Furthermore, all results are reproducible. Eventually, the paper drives a discussion on how application needs could be considered in the design of a NDN congestion control.
机译:命名的数据网络(NDN)建议更改Internet的核心。基于P2P或CDN成功使用的机制,它专注于内容,从而介绍了用户的体验。这样一个雄心勃勃的计划提出了巨大的挑战:缓存,多径,多生产商,多消费者和安全性。本文重点介绍其中之一:控制拥堵。有几项研究提出了落入三种的拥塞控制解决方案:端到端解决方案,逐跳类型和混合动力。但是,社区缺乏对这种特定算法的适当评估。在这项工作中,我们已经在NDNSIM实施了代表性解决方案。在第一步中,我们在小规模拓扑上测试了它们,以简化他们的性能分析,并突出其优势和缺点。我们通过对较大网络的模拟完成了这项研究,以确认我们的结论。此外,所有结果都是可重复的。最终,该论文驱动了关于如何在NDN拥塞控制的设计中考虑应用需求的讨论。

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